At present, there are four mainstream chip architectures on the market: X86, ARM, RISC-V and MIPS. ARM architecture and X86 architecture are the two architectures with the largest market share, and they have their own characteristics and markets.
At present, the ARM architecture is the mainstream in the mobile field, and the X86 architecture also occupies a certain market share. The X86 architecture costs more than the ARM architecture due to its closed nature, but has higher performance, faster speed, and compatibility. Intel has also gradually laid out the mobile market in recent years, such as its X86 architecture Atom series processors, which perform well in speed, video experience, compatibility and other aspects.
Chip architecture refers to the design and interpretation of a certain object class of the chip and the attributes of the chip, and the chip architecture does not need to define some attributes and additional attributes of the core.
The architecture of the chip is not a specific term, in the chip architecture of SOC, it refers to the type of embedded, in x86 and the most commonly used ARM architecture, it is the instruction set.
It refers to the description of the class and properties of the chip object.
Chip architecture is like the structural design of a house (there are good and bad, stable and unstable, beautiful and ugly).
Whether the house is good or not has something to do with the bricks, and it has something to do with the structural design of the house.
The CPU is the brain of the computer. The GPU is probably the cerebellum of a computer.
CPU is a small but very large scale integrated circuit, which mainly includes an arithmetic device and a cache memory and the bus that realizes the data, control and state of the connection between them.